Revisión de un enfoque modular de programación orientada a aspectos

Abstract

In this paper the modular approach of aspect-oriented programming named join point interfaces or JPI for the Java programming language is discussed. Also, the main differences and advantages of JPI over the classical methodology of aspect-oriented programming for Java (AspectJ) are analyzed with the aim of achieving a modular aspect-oriented programming. In addition, an extension of UML class diagram for the structural and conceptual design of JPI applications is proposed. As a study case, a programming example in AspectJ and JPI, along with a UML class diagram model of the study case, using the modeling proposed in this work, is presented. It is concluded that the proposed class diagram UML JPI allows defining an ingenuous class, an essential element for achieving a complete adaptation and transformation of aspectoriented programming into JPI solutions.